# Only use ANDROID_BUILD_SHELL to wrap around bash. # DO NOT use other shells such as zsh. ifdef ANDROID_BUILD_SHELL SHELL := $(ANDROID_BUILD_SHELL) else # Use bash, not whatever shell somebody has installed as /bin/sh # This is repeated in config.mk, since envsetup.sh runs that file # directly. SHELL := /bin/bash endif ifndef KATI host_prebuilts := linux-x86 ifeq ($(shell uname),Darwin) host_prebuilts := darwin-x86 endif .PHONY: run_soong_ui run_soong_ui: +@prebuilts/build-tools/$(host_prebuilts)/bin/makeparallel --ninja build/soong/soong_ui.bash --make-mode $(MAKECMDGOALS) .PHONY: $(MAKECMDGOALS) $(sort $(MAKECMDGOALS)) : run_soong_ui @#empty else # KATI $(info [1/1] initializing build system ...) # Absolute path of the present working direcotry. # This overrides the shell variable $PWD, which does not necessarily points to # the top of the source tree, for example when "make -C" is used in m/mm/mmm. PWD := $(shell pwd) TOP := . TOPDIR := # This is the default target. It must be the first declared target. .PHONY: droid DEFAULT_GOAL := droid $(DEFAULT_GOAL): droid_targets .PHONY: droid_targets droid_targets: # Set up various standard variables based on configuration # and host information. include build/make/core/config.mk ifneq ($(filter $(dont_bother_goals), $(MAKECMDGOALS)),) dont_bother := true endif .KATI_READONLY := SOONG_CONFIG_NAMESPACES .KATI_READONLY := $(foreach n,$(SOONG_CONFIG_NAMESPACES),SOONG_CONFIG_$(n)) .KATI_READONLY := $(foreach n,$(SOONG_CONFIG_NAMESPACES),$(foreach k,$(SOONG_CONFIG_$(n)),SOONG_CONFIG_$(n)_$(k))) include $(SOONG_MAKEVARS_MK) include $(BUILD_SYSTEM)/clang/config.mk # Write the build number to a file so it can be read back in # without changing the command line every time. Avoids rebuilds # when using ninja. $(shell mkdir -p $(OUT_DIR) && \ echo -n $(BUILD_NUMBER) > $(OUT_DIR)/build_number.txt) BUILD_NUMBER_FILE := $(OUT_DIR)/build_number.txt .KATI_READONLY := BUILD_NUMBER_FILE $(KATI_obsolete_var BUILD_NUMBER,See https://android.googlesource.com/platform/build/+/master/Changes.md#BUILD_NUMBER) ifeq ($(HOST_OS),darwin) DATE_FROM_FILE := date -r $(BUILD_DATETIME_FROM_FILE) else DATE_FROM_FILE := date -d @$(BUILD_DATETIME_FROM_FILE) endif .KATI_READONLY := DATE_FROM_FILE # Pick a reasonable string to use to identify files. ifeq ($(strip $(HAS_BUILD_NUMBER)),false) # BUILD_NUMBER has a timestamp in it, which means that # it will change every time. Pick a stable value. FILE_NAME_TAG := eng.$(BUILD_USERNAME) else FILE_NAME_TAG := $(file <$(BUILD_NUMBER_FILE)) endif .KATI_READONLY := FILE_NAME_TAG # Make an empty directory, which can be used to make empty jars EMPTY_DIRECTORY := $(OUT_DIR)/empty $(shell mkdir -p $(EMPTY_DIRECTORY) && rm -rf $(EMPTY_DIRECTORY)/*) # CTS-specific config. -include cts/build/config.mk # VTS-specific config. -include test/vts/tools/vts-tradefed/build/config.mk # device-tests-specific-config. -include tools/tradefederation/build/suites/device-tests/config.mk # general-tests-specific-config. -include tools/tradefederation/build/suites/general-tests/config.mk # STS-specific config. -include test/sts/tools/sts-tradefed/build/config.mk # CTS-Instant-specific config -include test/suite_harness/tools/cts-instant-tradefed/build/config.mk # Clean rules .PHONY: clean-dex-files clean-dex-files: $(hide) find $(OUT_DIR) -name "*.dex" | xargs rm -f $(hide) for i in `find $(OUT_DIR) -name "*.jar" -o -name "*.apk"` ; do ((unzip -l $$i 2> /dev/null | \ grep -q "\.dex$$" && rm -f $$i) || continue ) ; done @echo "All dex files and archives containing dex files have been removed." # Include the google-specific config -include vendor/google/build/config.mk # These are the modifier targets that don't do anything themselves, but # change the behavior of the build. # (must be defined before including definitions.make) INTERNAL_MODIFIER_TARGETS := all # EMMA_INSTRUMENT_STATIC merges the static jacoco library to each # jacoco-enabled module. ifeq (true,$(EMMA_INSTRUMENT_STATIC)) EMMA_INSTRUMENT := true endif ifeq (true,$(EMMA_INSTRUMENT)) # Adding the jacoco library can cause the inclusion of # some typically banned classes # So if the user didn't specify SKIP_BOOT_JARS_CHECK, enable it here ifndef SKIP_BOOT_JARS_CHECK SKIP_BOOT_JARS_CHECK := true endif endif # # ----------------------------------------------------------------- # Validate ADDITIONAL_DEFAULT_PROPERTIES. ifneq ($(ADDITIONAL_DEFAULT_PROPERTIES),) $(error ADDITIONAL_DEFAULT_PROPERTIES must not be set before here: $(ADDITIONAL_DEFAULT_PROPERTIES)) endif # # ----------------------------------------------------------------- # Validate ADDITIONAL_BUILD_PROPERTIES. ifneq ($(ADDITIONAL_BUILD_PROPERTIES),) $(error ADDITIONAL_BUILD_PROPERTIES must not be set before here: $(ADDITIONAL_BUILD_PROPERTIES)) endif ADDITIONAL_BUILD_PROPERTIES := # # ----------------------------------------------------------------- # Validate ADDITIONAL_PRODUCT_PROPERTIES. ifneq ($(ADDITIONAL_PRODUCT_PROPERTIES),) $(error ADDITIONAL_PRODUCT_PROPERTIES must not be set before here: $(ADDITIONAL_PRODUCT_PROPERTIES)) endif ADDITIONAL_PRODUCT_PROPERTIES := # # ----------------------------------------------------------------- # Add the product-defined properties to the build properties. ifdef PRODUCT_SHIPPING_API_LEVEL ADDITIONAL_BUILD_PROPERTIES += \ ro.product.first_api_level=$(PRODUCT_SHIPPING_API_LEVEL) endif ifneq ($(BOARD_PROPERTY_OVERRIDES_SPLIT_ENABLED), true) ADDITIONAL_BUILD_PROPERTIES += $(PRODUCT_PROPERTY_OVERRIDES) else ifndef BOARD_VENDORIMAGE_FILE_SYSTEM_TYPE ADDITIONAL_BUILD_PROPERTIES += $(PRODUCT_PROPERTY_OVERRIDES) endif endif # Bring in standard build system definitions. include $(BUILD_SYSTEM)/definitions.mk # Bring in dex_preopt.mk include $(BUILD_SYSTEM)/dex_preopt.mk ifneq ($(filter user userdebug eng,$(MAKECMDGOALS)),) $(info ***************************************************************) $(info ***************************************************************) $(info Do not pass '$(filter user userdebug eng,$(MAKECMDGOALS))' on \ the make command line.) $(info Set TARGET_BUILD_VARIANT in buildspec.mk, or use lunch or) $(info choosecombo.) $(info ***************************************************************) $(info ***************************************************************) $(error stopping) endif ifneq ($(filter-out $(INTERNAL_VALID_VARIANTS),$(TARGET_BUILD_VARIANT)),) $(info ***************************************************************) $(info ***************************************************************) $(info Invalid variant: $(TARGET_BUILD_VARIANT)) $(info Valid values are: $(INTERNAL_VALID_VARIANTS)) $(info ***************************************************************) $(info ***************************************************************) $(error stopping) endif # ----------------------------------------------------------------- # Variable to check java support level inside PDK build. # Not necessary if the components is not in PDK. # not defined : not supported # "sdk" : sdk API only # "platform" : platform API supproted TARGET_BUILD_JAVA_SUPPORT_LEVEL := platform # ----------------------------------------------------------------- # The pdk (Platform Development Kit) build include build/make/core/pdk_config.mk # # ----------------------------------------------------------------- # Enable dynamic linker and hidden API developer warnings for # userdebug, eng and non-REL builds ifneq ($(TARGET_BUILD_VARIANT),user) ADDITIONAL_BUILD_PROPERTIES += ro.bionic.ld.warning=1 else # Enable it for user builds as long as they are not final. ifneq ($(PLATFORM_VERSION_CODENAME),REL) ADDITIONAL_BUILD_PROPERTIES += ro.bionic.ld.warning=1 endif endif ADDITIONAL_BUILD_PROPERTIES += ro.treble.enabled=${PRODUCT_FULL_TREBLE} $(KATI_obsolete_var PRODUCT_FULL_TREBLE,\ Code should be written to work regardless of a device being Treble or \ variables like PRODUCT_SEPOLICY_SPLIT should be used until that is \ possible.) # Sets ro.actionable_compatible_property.enabled to know on runtime whether the whitelist # of actionable compatible properties is enabled or not. ifeq ($(PRODUCT_ACTIONABLE_COMPATIBLE_PROPERTY_DISABLE),true) ADDITIONAL_DEFAULT_PROPERTIES += ro.actionable_compatible_property.enabled=false else ADDITIONAL_DEFAULT_PROPERTIES += ro.actionable_compatible_property.enabled=${PRODUCT_COMPATIBLE_PROPERTY} endif ifeq ($(PRODUCT_USE_DYNAMIC_PARTITIONS),true) ADDITIONAL_PRODUCT_PROPERTIES += ro.boot.dynamic_partitions=true endif ifeq ($(PRODUCT_RETROFIT_DYNAMIC_PARTITIONS),true) ADDITIONAL_PRODUCT_PROPERTIES += ro.boot.dynamic_partitions_retrofit=true endif # Add the system server compiler filter if they are specified for the product. ifneq (,$(PRODUCT_SYSTEM_SERVER_COMPILER_FILTER)) ADDITIONAL_PRODUCT_PROPERTIES += dalvik.vm.systemservercompilerfilter=$(PRODUCT_SYSTEM_SERVER_COMPILER_FILTER) endif # ----------------------------------------------------------------- ### ### In this section we set up the things that are different ### between the build variants ### is_sdk_build := ifneq ($(filter sdk win_sdk sdk_addon,$(MAKECMDGOALS)),) is_sdk_build := true endif ## user/userdebug ## user_variant := $(filter user userdebug,$(TARGET_BUILD_VARIANT)) enable_target_debugging := true tags_to_install := ifneq (,$(user_variant)) # Target is secure in user builds. ADDITIONAL_DEFAULT_PROPERTIES += ro.secure=1 ADDITIONAL_DEFAULT_PROPERTIES += security.perf_harden=1 ifeq ($(user_variant),user) ADDITIONAL_DEFAULT_PROPERTIES += ro.adb.secure=1 endif ifeq ($(user_variant),userdebug) # Pick up some extra useful tools tags_to_install += debug else # Disable debugging in plain user builds. enable_target_debugging := endif # Disallow mock locations by default for user builds ADDITIONAL_DEFAULT_PROPERTIES += ro.allow.mock.location=0 else # !user_variant # Turn on checkjni for non-user builds. ADDITIONAL_BUILD_PROPERTIES += ro.kernel.android.checkjni=1 # Set device insecure for non-user builds. ADDITIONAL_DEFAULT_PROPERTIES += ro.secure=0 # Allow mock locations by default for non user builds ADDITIONAL_DEFAULT_PROPERTIES += ro.allow.mock.location=1 endif # !user_variant ifeq (true,$(strip $(enable_target_debugging))) # Target is more debuggable and adbd is on by default ADDITIONAL_DEFAULT_PROPERTIES += ro.debuggable=1 # Enable Dalvik lock contention logging. ADDITIONAL_BUILD_PROPERTIES += dalvik.vm.lockprof.threshold=500 else # !enable_target_debugging # Target is less debuggable and adbd is off by default ADDITIONAL_DEFAULT_PROPERTIES += ro.debuggable=0 endif # !enable_target_debugging ## eng ## ifeq ($(TARGET_BUILD_VARIANT),eng) tags_to_install := debug eng ifneq ($(filter ro.setupwizard.mode=ENABLED, $(call collapse-pairs, $(ADDITIONAL_BUILD_PROPERTIES))),) # Don't require the setup wizard on eng builds ADDITIONAL_BUILD_PROPERTIES := $(filter-out ro.setupwizard.mode=%,\ $(call collapse-pairs, $(ADDITIONAL_BUILD_PROPERTIES))) \ ro.setupwizard.mode=OPTIONAL endif ifndef is_sdk_build # To speedup startup of non-preopted builds, don't verify or compile the boot image. ADDITIONAL_BUILD_PROPERTIES += dalvik.vm.image-dex2oat-filter=verify-at-runtime endif endif ## asan ## # Install some additional tools on ASAN builds IFF we are also installing debug tools ifneq ($(filter address,$(SANITIZE_TARGET)),) ifneq (,$(filter debug,$(tags_to_install))) tags_to_install += asan endif endif ## sdk ## ifdef is_sdk_build # Detect if we want to build a repository for the SDK sdk_repo_goal := $(strip $(filter sdk_repo,$(MAKECMDGOALS))) MAKECMDGOALS := $(strip $(filter-out sdk_repo,$(MAKECMDGOALS))) ifneq ($(words $(sort $(filter-out $(INTERNAL_MODIFIER_TARGETS) checkbuild emulator_tests target-files-package,$(MAKECMDGOALS)))),1) $(error The 'sdk' target may not be specified with any other targets) endif # AUX dependencies are already added by now; remove triggers from the MAKECMDGOALS MAKECMDGOALS := $(strip $(filter-out AUX-%,$(MAKECMDGOALS))) # TODO: this should be eng I think. Since the sdk is built from the eng # variant. tags_to_install := debug eng ADDITIONAL_BUILD_PROPERTIES += xmpp.auto-presence=true ADDITIONAL_BUILD_PROPERTIES += ro.config.nocheckin=yes else # !sdk endif BUILD_WITHOUT_PV := true ADDITIONAL_BUILD_PROPERTIES += net.bt.name=Android # ------------------------------------------------------------ # Define a function that, given a list of module tags, returns # non-empty if that module should be installed in /system. # For most goals, anything not tagged with the "tests" tag should # be installed in /system. define should-install-to-system $(if $(filter tests,$(1)),,true) endef ifdef is_sdk_build # For the sdk goal, anything with the "samples" tag should be # installed in /data even if that module also has "eng"/"debug"/"user". define should-install-to-system $(if $(filter samples tests,$(1)),,true) endef endif # If they only used the modifier goals (all, etc), we'll actually # build the default target. ifeq ($(filter-out $(INTERNAL_MODIFIER_TARGETS),$(MAKECMDGOALS)),) .PHONY: $(INTERNAL_MODIFIER_TARGETS) $(INTERNAL_MODIFIER_TARGETS): $(DEFAULT_GOAL) endif # # Typical build; include any Android.mk files we can find. # # Before we go and include all of the module makefiles, strip values for easier # processing. $(call strip-product-vars) # Before we go and include all of the module makefiles, mark the PRODUCT_* # and ADDITIONAL*PROPERTIES values readonly so that they won't be modified. $(call readonly-product-vars) ADDITIONAL_DEFAULT_PROPERTIES := $(strip $(ADDITIONAL_DEFAULT_PROPERTIES)) .KATI_READONLY := ADDITIONAL_DEFAULT_PROPERTIES ADDITIONAL_BUILD_PROPERTIES := $(strip $(ADDITIONAL_BUILD_PROPERTIES)) .KATI_READONLY := ADDITIONAL_BUILD_PROPERTIES ADDITIONAL_PRODUCT_PROPERTIES := $(strip $(ADDITIONAL_PRODUCT_PROPERTIES)) .KATI_READONLY := ADDITIONAL_PRODUCT_PROPERTIES ifneq ($(PRODUCT_ENFORCE_RRO_TARGETS),) ENFORCE_RRO_SOURCES := endif # Color-coded warnings including current module info # $(1): message to print define pretty-warning $(shell $(call echo-warning,$(LOCAL_MODULE_MAKEFILE),$(LOCAL_MODULE): $(1))) endef # Color-coded errors including current module info # $(1): message to print define pretty-error $(shell $(call echo-error,$(LOCAL_MODULE_MAKEFILE),$(LOCAL_MODULE): $(1))) $(error done) endef subdir_makefiles_inc := . FULL_BUILD := ifneq ($(ONE_SHOT_MAKEFILE),) # We've probably been invoked by the "mm" shell function # with a subdirectory's makefile. include $(SOONG_ANDROID_MK) $(wildcard $(ONE_SHOT_MAKEFILE)) # Change CUSTOM_MODULES to include only modules that were # defined by this makefile; this will install all of those # modules as a side-effect. Do this after including ONE_SHOT_MAKEFILE # so that the modules will be installed in the same place they # would have been with a normal make. CUSTOM_MODULES := $(sort $(call get-tagged-modules,$(ALL_MODULE_TAGS))) # A helper goal printing out install paths define register_module_install_path .PHONY: GET-MODULE-INSTALL-PATH-$(1) GET-MODULE-INSTALL-PATH-$(1): echo 'INSTALL-PATH: $(1) $(ALL_MODULES.$(1).INSTALLED)' endef SORTED_ALL_MODULES := $(sort $(ALL_MODULES)) UNIQUE_ALL_MODULES := $(foreach m,$(SORTED_ALL_MODULES),\ $(if $(call streq,$(m),$(lastword $(UNIQUE_ALL_MODULES))),,\ $(eval UNIQUE_ALL_MODULES += $(m)))) SORTED_ALL_MODULES := $(foreach mod,$(UNIQUE_ALL_MODULES),$(if $(ALL_MODULES.$(mod).INSTALLED),\ $(eval $(call register_module_install_path,$(mod)))\ $(foreach path,$(ALL_MODULES.$(mod).PATH),\ $(eval my_path_prefix := GET-INSTALL-PATH-IN)\ $(foreach component,$(subst /,$(space),$(path)),\ $(eval my_path_prefix := $$(my_path_prefix)-$$(component))\ $(eval .PHONY: $$(my_path_prefix))\ $(eval $$(my_path_prefix): GET-MODULE-INSTALL-PATH-$(mod)))))) UNIQUE_ALL_MODULES := else # ONE_SHOT_MAKEFILE ifneq ($(dont_bother),true) FULL_BUILD := true # # Include all of the makefiles in the system # subdir_makefiles := $(SOONG_ANDROID_MK) $(file <$(OUT_DIR)/.module_paths/Android.mk.list) subdir_makefiles_total := $(words int $(subdir_makefiles) post finish) .KATI_READONLY := subdir_makefiles_total $(foreach mk,$(subdir_makefiles),$(info [$(call inc_and_print,subdir_makefiles_inc)/$(subdir_makefiles_total)] including $(mk) ...)$(eval include $(mk))) ifneq (,$(PDK_FUSION_PLATFORM_ZIP)$(PDK_FUSION_PLATFORM_DIR)) # Bring in the PDK platform.zip modules. include $(BUILD_SYSTEM)/pdk_fusion_modules.mk endif # PDK_FUSION_PLATFORM_ZIP || PDK_FUSION_PLATFORM_DIR droid_targets : blueprint_tools endif # dont_bother endif # ONE_SHOT_MAKEFILE ifndef subdir_makefiles_total subdir_makefiles_total := $(words init post finish) endif $(info [$(call inc_and_print,subdir_makefiles_inc)/$(subdir_makefiles_total)] finishing build rules ...) # ------------------------------------------------------------------- # All module makefiles have been included at this point. # ------------------------------------------------------------------- # ------------------------------------------------------------------- # Use basic warning/error messages now that LOCAL_MODULE_MAKEFILE # and LOCAL_MODULE aren't useful anymore. # ------------------------------------------------------------------- define pretty-warning $(warning $(1)) endef define pretty-error $(error $(1)) endef # ------------------------------------------------------------------- # Enforce to generate all RRO packages for modules having resource # overlays. # ------------------------------------------------------------------- ifneq ($(PRODUCT_ENFORCE_RRO_TARGETS),) $(call generate_all_enforce_rro_packages) endif # ------------------------------------------------------------------- # Fix up CUSTOM_MODULES to refer to installed files rather than # just bare module names. Leave unknown modules alone in case # they're actually full paths to a particular file. known_custom_modules := $(filter $(ALL_MODULES),$(CUSTOM_MODULES)) unknown_custom_modules := $(filter-out $(ALL_MODULES),$(CUSTOM_MODULES)) CUSTOM_MODULES := \ $(call module-installed-files,$(known_custom_modules)) \ $(unknown_custom_modules) # ------------------------------------------------------------------- # Define dependencies for modules that require other modules. # This can only happen now, after we've read in all module makefiles. # # TODO: deal with the fact that a bare module name isn't # unambiguous enough. Maybe declare short targets like # APPS:Quake or HOST:SHARED_LIBRARIES:libutils. # BUG: the system image won't know to depend on modules that are # brought in as requirements of other modules. # # Resolve the required module name to 32-bit or 64-bit variant. # Get a list of corresponding 32-bit module names, if one exists. ifneq ($(TARGET_TRANSLATE_2ND_ARCH),true) define get-32-bit-modules $(sort $(foreach m,$(1),\ $(if $(ALL_MODULES.$(m)$(TARGET_2ND_ARCH_MODULE_SUFFIX).CLASS),\ $(m)$(TARGET_2ND_ARCH_MODULE_SUFFIX))\ $(if $(ALL_MODULES.$(m)$(HOST_2ND_ARCH_MODULE_SUFFIX).CLASS),\ $(m)$(HOST_2ND_ARCH_MODULE_SUFFIX))\ )) endef # Get a list of corresponding 32-bit module names, if one exists; # otherwise return the original module name define get-32-bit-modules-if-we-can $(sort $(foreach m,$(1),\ $(if $(ALL_MODULES.$(m)$(TARGET_2ND_ARCH_MODULE_SUFFIX).CLASS)$(ALL_MODULES.$(m)$(HOST_2ND_ARCH_MODULE_SUFFIX).CLASS),\ $(if $(ALL_MODULES.$(m)$(TARGET_2ND_ARCH_MODULE_SUFFIX).CLASS),$(m)$(TARGET_2ND_ARCH_MODULE_SUFFIX)) \ $(if $(ALL_MODULES.$(m)$(HOST_2ND_ARCH_MODULE_SUFFIX).CLASS),$(m)$(HOST_2ND_ARCH_MODULE_SUFFIX)),\ $(m)))) endef else # TARGET_TRANSLATE_2ND_ARCH # For binary translation config, by default only install the first arch. define get-32-bit-modules endef define get-32-bit-modules-if-we-can $(strip $(1)) endef endif # TARGET_TRANSLATE_2ND_ARCH # TODO: we can probably check to see if these modules are actually host # modules define get-host-32-bit-modules $(sort $(foreach m,$(1),\ $(if $(ALL_MODULES.$(m)$(HOST_2ND_ARCH_MODULE_SUFFIX).CLASS),\ $(m)$(HOST_2ND_ARCH_MODULE_SUFFIX)))) endef # Get a list of corresponding 32-bit module names, if one exists; # otherwise return the original module name define get-host-32-bit-modules-if-we-can $(sort $(foreach m,$(1),\ $(if $(ALL_MODULES.$(m)$(HOST_2ND_ARCH_MODULE_SUFFIX).CLASS),\ $(m)$(HOST_2ND_ARCH_MODULE_SUFFIX),\ $(m)))) endef # If a module is for a cross host os, the required modules must be for # that OS too. # If a module is built for 32-bit, the required modules must be 32-bit too; # Otherwise if the module is an executable or shared library, # the required modules must be 64-bit; # otherwise we require both 64-bit and 32-bit variant, if one exists. define select-bitness-of-required-modules $(foreach m,$(ALL_MODULES),\ $(eval r := $(ALL_MODULES.$(m).REQUIRED))\ $(if $(r),\ $(if $(ALL_MODULES.$(m).FOR_HOST_CROSS),\ $(eval r := $(addprefix host_cross_,$(r))))\ $(if $(ALL_MODULES.$(m).FOR_2ND_ARCH),\ $(eval r_r := $(call get-32-bit-modules-if-we-can,$(r))),\ $(if $(filter EXECUTABLES SHARED_LIBRARIES NATIVE_TESTS,$(ALL_MODULES.$(m).CLASS)),\ $(eval r_r := $(r)),\ $(eval r_r := $(r) $(call get-32-bit-modules,$(r)))\ )\ )\ $(eval ALL_MODULES.$(m).REQUIRED := $(strip $(r_r)))\ )\ ) endef $(call select-bitness-of-required-modules) r_r := define add-required-deps $(1): | $(2) endef # Use a normal dependency instead of an order-only dependency when installing # host dynamic binaries so that the timestamp of the final binary always # changes, even if the toc optimization has skipped relinking the binary # and its dependant shared libraries. define add-required-host-so-deps $(1): $(2) endef # Sets up dependencies such that whenever a host module is installed, # any other host modules listed in $(ALL_MODULES.$(m).REQUIRED) will also be installed define add-all-host-to-host-required-modules-deps $(foreach m,$(ALL_MODULES), \ $(eval r := $(ALL_MODULES.$(m).REQUIRED)) \ $(if $(r), \ $(eval r := $(call module-installed-files,$(r))) \ $(eval h_m := $(filter $(HOST_OUT)/%, $(ALL_MODULES.$(m).INSTALLED))) \ $(eval hc_m := $(filter $(HOST_CROSS_OUT)/%, $(ALL_MODULES.$(m).INSTALLED))) \ $(eval h_r := $(filter $(HOST_OUT)/%, $(r))) \ $(eval hc_r := $(filter $(HOST_CROSS_OUT)/%, $(r))) \ $(eval h_m := $(filter-out $(h_r), $(h_m))) \ $(eval hc_m := $(filter-out $(hc_r), $(hc_m))) \ $(if $(h_m), $(eval $(call add-required-deps, $(h_m),$(h_r)))) \ $(if $(hc_m), $(eval $(call add-required-deps, $(hc_m),$(hc_r)))) \ ) \ ) endef $(call add-all-host-to-host-required-modules-deps) # Sets up dependencies such that whenever a target module is installed, # any other target modules listed in $(ALL_MODULES.$(m).REQUIRED) will also be installed define add-all-target-to-target-required-modules-deps $(foreach m,$(ALL_MODULES), \ $(eval r := $(ALL_MODULES.$(m).REQUIRED)) \ $(if $(r), \ $(eval r := $(call module-installed-files,$(r))) \ $(eval t_m := $(filter $(TARGET_OUT_ROOT)/%, $(ALL_MODULES.$(m).INSTALLED))) \ $(eval t_r := $(filter $(TARGET_OUT_ROOT)/%, $(r))) \ $(eval t_m := $(filter-out $(t_r), $(t_m))) \ $(if $(t_m), $(eval $(call add-required-deps, $(t_m),$(t_r)))) \ ) \ ) endef $(call add-all-target-to-target-required-modules-deps) # Sets up dependencies such that whenever a host module is installed, # any target modules listed in $(ALL_MODULES.$(m).TARGET_REQUIRED) will also be installed define add-all-host-to-target-required-modules-deps $(foreach m,$(ALL_MODULES), \ $(eval req_mods := $(ALL_MODULES.$(m).TARGET_REQUIRED))\ $(if $(req_mods), \ $(eval req_files := )\ $(foreach req_mod,$(req_mods), \ $(eval req_file := $(filter $(TARGET_OUT_ROOT)/%, $(call module-installed-files,$(req_mod)))) \ $(if $(strip $(req_file)),\ ,\ $(error $(m).LOCAL_TARGET_REQUIRED_MODULES : illegal value $(req_mod) : not a device module. If you want to specify host modules to be required to be installed along with your host module, add those module names to LOCAL_REQUIRED_MODULES instead)\ )\ $(eval req_files := $(req_files)$(space)$(req_file))\ )\ $(eval req_files := $(strip $(req_files)))\ $(eval mod_files := $(filter $(HOST_OUT)/%, $(call module-installed-files,$(m)))) \ $(eval mod_files := $(filter-out $(req_files),$(mod_files)))\ $(if $(mod_files),\ $(eval $(call add-required-deps, $(mod_files),$(req_files))) \ )\ )\ ) endef $(call add-all-host-to-target-required-modules-deps) # Sets up dependencies such that whenever a target module is installed, # any host modules listed in $(ALL_MODULES.$(m).HOST_REQUIRED) will also be installed define add-all-target-to-host-required-modules-deps $(foreach m,$(ALL_MODULES), \ $(eval req_mods := $(ALL_MODULES.$(m).HOST_REQUIRED))\ $(if $(req_mods), \ $(eval req_files := )\ $(foreach req_mod,$(req_mods), \ $(eval req_file := $(filter $(HOST_OUT)/%, $(call module-installed-files,$(req_mod)))) \ $(if $(strip $(req_file)),\ ,\ $(error $(m).LOCAL_HOST_REQUIRED_MODULES : illegal value $(req_mod) : not a host module. If you want to specify target modules to be required to be installed along with your target module, add those module names to LOCAL_REQUIRED_MODULES instead)\ )\ $(eval req_files := $(req_files)$(space)$(req_file))\ )\ $(eval req_files := $(strip $(req_files)))\ $(eval mod_files := $(filter $(TARGET_OUT_ROOT)/%, $(call module-installed-files,$(m))))\ $(eval mod_files := $(filter-out $(req_files),$(mod_files)))\ $(if $(mod_files),\ $(eval $(call add-required-deps, $(mod_files),$(req_files))) \ )\ )\ ) endef $(call add-all-target-to-host-required-modules-deps) t_m := h_m := hc_m := t_r := h_r := hc_r := # Establish the dependencies on the shared libraries. # It also adds the shared library module names to ALL_MODULES.$(m).REQUIRED, # so they can be expanded to product_MODULES later. # $(1): TARGET_ or HOST_ or HOST_CROSS_. # $(2): non-empty for 2nd arch. # $(3): non-empty for host cross compile. define resolve-shared-libs-depes $(foreach m,$($(if $(2),$($(1)2ND_ARCH_VAR_PREFIX))$(1)DEPENDENCIES_ON_SHARED_LIBRARIES),\ $(eval p := $(subst :,$(space),$(m)))\ $(eval mod := $(firstword $(p)))\ $(eval deps := $(subst $(comma),$(space),$(lastword $(p))))\ $(eval root := $(1)OUT$(if $(call streq,$(1),TARGET_),_ROOT))\ $(if $(2),$(eval deps := $(addsuffix $($(1)2ND_ARCH_MODULE_SUFFIX),$(deps))))\ $(if $(3),$(eval deps := $(addprefix host_cross_,$(deps))))\ $(eval r := $(filter $($(root))/%,$(call module-installed-files,\ $(deps))))\ $(if $(filter $(1),HOST_),\ $(eval ALL_MODULES.$(mod).HOST_SHARED_LIBRARY_FILES := $$(ALL_MODULES.$(mod).HOST_SHARED_LIBRARY_FILES) $(word 2,$(p)) $(r))\ $(eval ALL_MODULES.$(mod).HOST_SHARED_LIBRARIES := $$(ALL_MODULES.$(mod).HOST_SHARED_LIBRARIES) $(deps))\ $(eval $(call add-required-host-so-deps,$(word 2,$(p)),$(r))),\ $(eval $(call add-required-deps,$(word 2,$(p)),$(r))))\ $(eval ALL_MODULES.$(mod).REQUIRED += $(deps))) endef # Recursively resolve host shared library dependency for a given module. # $(1): module name # Returns all dependencies of shared library. define get-all-shared-libs-deps $(if $(_all_deps_for_$(1)_set_),$(_all_deps_for_$(1)_),\ $(eval _all_deps_for_$(1)_ :=) \ $(foreach dep,$(ALL_MODULES.$(1).HOST_SHARED_LIBRARIES),\ $(foreach m,$(call get-all-shared-libs-deps,$(dep)),\ $(eval _all_deps_for_$(1)_ := $$(_all_deps_for_$(1)_) $(m))\ $(eval _all_deps_for_$(1)_ := $(sort $(_all_deps_for_$(1)_))))\ $(eval _all_deps_for_$(1)_ := $$(_all_deps_for_$(1)_) $(dep))\ $(eval _all_deps_for_$(1)_ := $(sort $(_all_deps_for_$(1)_) $(dep)))\ $(eval _all_deps_for_$(1)_set_ := true))\ $(_all_deps_for_$(1)_)) endef # Scan all modules in general-tests and device-tests suite and flatten the # shared library dependencies. define update-host-shared-libs-deps-for-suites $(foreach suite,general-tests device-tests,\ $(foreach m,$(COMPATIBILITY.$(suite).MODULES),\ $(eval my_deps := $(call get-all-shared-libs-deps,$(m)))\ $(foreach dep,$(my_deps),\ $(foreach f,$(ALL_MODULES.$(dep).HOST_SHARED_LIBRARY_FILES),\ $(eval target := $(HOST_OUT_TESTCASES)/$(lastword $(subst /, ,$(dir $(f))))/$(notdir $(f)))\ $(eval COMPATIBILITY.$(suite).HOST_SHARED_LIBRARY.FILES := \ $$(COMPATIBILITY.$(suite).HOST_SHARED_LIBRARY.FILES) $(f):$(target))\ $(eval COMPATIBILITY.$(suite).HOST_SHARED_LIBRARY.FILES := \ $(sort $(COMPATIBILITY.$(suite).HOST_SHARED_LIBRARY.FILES))))))) endef $(call resolve-shared-libs-depes,TARGET_) ifdef TARGET_2ND_ARCH $(call resolve-shared-libs-depes,TARGET_,true) endif $(call resolve-shared-libs-depes,HOST_) ifdef HOST_2ND_ARCH $(call resolve-shared-libs-depes,HOST_,true) endif # Update host side shared library dependencies for tests in suite device-tests and general-tests. # This should be called after calling resolve-shared-libs-depes for HOST_2ND_ARCH. $(call update-host-shared-libs-deps-for-suites) ifdef HOST_CROSS_OS $(call resolve-shared-libs-depes,HOST_CROSS_,,true) endif # Pass the shared libraries dependencies to prebuilt ELF file check. define add-elf-file-check-shared-lib $(1): PRIVATE_SHARED_LIBRARY_FILES += $(2) $(1): $(2) endef define resolve-shared-libs-for-elf-file-check $(foreach m,$($(if $(2),$($(1)2ND_ARCH_VAR_PREFIX))$(1)DEPENDENCIES_ON_SHARED_LIBRARIES),\ $(eval p := $(subst :,$(space),$(m)))\ $(eval mod := $(firstword $(p)))\ \ $(eval deps := $(subst $(comma),$(space),$(lastword $(p))))\ $(if $(2),$(eval deps := $(addsuffix $($(1)2ND_ARCH_MODULE_SUFFIX),$(deps))))\ $(eval root := $(1)OUT$(if $(call streq,$(1),TARGET_),_ROOT))\ $(eval deps := $(filter $($(root))/%$($(1)SHLIB_SUFFIX),$(call module-built-files,$(deps))))\ \ $(eval r := $(firstword $(filter \ $($(if $(2),$($(1)2ND_ARCH_VAR_PREFIX))TARGET_OUT_INTERMEDIATES)/EXECUTABLES/%\ $($(if $(2),$($(1)2ND_ARCH_VAR_PREFIX))TARGET_OUT_INTERMEDIATES)/NATIVE_TESTS/%\ $($(if $(2),$($(1)2ND_ARCH_VAR_PREFIX))TARGET_OUT_INTERMEDIATES)/SHARED_LIBRARIES/%,\ $(call module-built-files,$(mod)))))\ \ $(if $(r),\ $(eval stamp := $(dir $(r))check_elf_files.timestamp)\ $(eval $(call add-elf-file-check-shared-lib,$(stamp),$(deps)))\ )) endef $(call resolve-shared-libs-for-elf-file-check,TARGET_) ifdef TARGET_2ND_ARCH $(call resolve-shared-libs-for-elf-file-check,TARGET_,true) endif m := r := p := stamp := deps := add-required-deps := ################################################################################ # Link type checking # # ALL_LINK_TYPES contains a list of all link type prefixes (generally one per # module, but APKs can "link" to both java and native code). The link type # prefix consists of all the information needed by intermediates-dir-for: # # LINK_TYPE:TARGET:_:2ND:STATIC_LIBRARIES:libfoo # # 1: LINK_TYPE literal # 2: prefix # - TARGET # - HOST # - HOST_CROSS # - AUX- # 3: Whether to use the common intermediates directory or not # - _ # - COMMON # 4: Whether it's the second arch or not # - _ # - 2ND_ # 5: Module Class # - STATIC_LIBRARIES # - SHARED_LIBRARIES # - ... # 6: Module Name # # Then fields under that are separated by a period and the field name: # - TYPE: the link types for this module # - MAKEFILE: Where this module was defined # - BUILT: The built module location # - DEPS: the link type prefixes for the module's dependencies # - ALLOWED: the link types to allow in this module's dependencies # - WARN: the link types to warn about in this module's dependencies # # All of the dependency link types not listed in ALLOWED or WARN will become # errors. ################################################################################ link_type_error := define link-type-prefix-base $(word 2,$(subst :,$(space),$(1))) endef define link-type-prefix $(if $(filter AUX-%,$(link-type-prefix-base)),$(patsubst AUX-%,AUX,$(link-type-prefix-base)),$(link-type-prefix-base)) endef define link-type-aux-variant $(if $(filter AUX-%,$(link-type-prefix-base)),$(patsubst AUX-%,%,$(link-type-prefix-base))) endef define link-type-common $(patsubst _,,$(word 3,$(subst :,$(space),$(1)))) endef define link-type-2ndarchprefix $(patsubst _,,$(word 4,$(subst :,$(space),$(1)))) endef define link-type-class $(word 5,$(subst :,$(space),$(1))) endef define link-type-name $(word 6,$(subst :,$(space),$(1))) endef define link-type-os $(strip $(eval _p := $(link-type-prefix))\ $(if $(filter HOST HOST_CROSS,$(_p)),\ $($(_p)_OS),\ $(if $(filter AUX,$(_p)),AUX,android))) endef define link-type-arch $($(link-type-prefix)_$(link-type-2ndarchprefix)ARCH) endef define link-type-name-variant $(link-type-name) ($(link-type-class) $(link-type-os)-$(link-type-arch)) endef # $(1): the prefix of the module doing the linking # $(2): the prefix of the linked module define link-type-warning $(shell $(call echo-warning,$($(1).MAKEFILE),"$(call link-type-name,$(1)) ($($(1).TYPE)) should not link against $(call link-type-name,$(2)) ($(3))")) endef # $(1): the prefix of the module doing the linking # $(2): the prefix of the linked module define link-type-error $(shell $(call echo-error,$($(1).MAKEFILE),"$(call link-type-name,$(1)) ($($(1).TYPE)) can not link against $(call link-type-name,$(2)) ($(3))"))\ $(eval link_type_error := true) endef link-type-missing := ifneq ($(ALLOW_MISSING_DEPENDENCIES),true) # Print an error message if the linked-to module is missing # $(1): the prefix of the module doing the linking # $(2): the prefix of the missing module define link-type-missing $(shell $(call echo-error,$($(1).MAKEFILE),"$(call link-type-name-variant,$(1)) missing $(call link-type-name-variant,$(2))"))\ $(eval available_variants := $(filter %:$(call link-type-name,$(2)),$(ALL_LINK_TYPES)))\ $(if $(available_variants),\ $(info Available variants:)\ $(foreach v,$(available_variants),$(info $(space)$(space)$(call link-type-name-variant,$(v)))))\ $(info You can set ALLOW_MISSING_DEPENDENCIES=true in your environment if this is intentional, but that may defer real problems until later in the build.)\ $(eval link_type_error := true) endef else define link-type-missing $(eval $$(1).MISSING := true) endef endif # Verify that $(1) can link against $(2) # Both $(1) and $(2) are the link type prefix defined above define verify-link-type $(foreach t,$($(2).TYPE),\ $(if $(filter-out $($(1).ALLOWED),$(t)),\ $(if $(filter $(t),$($(1).WARN)),\ $(call link-type-warning,$(1),$(2),$(t)),\ $(call link-type-error,$(1),$(2),$(t))))) endef # TODO: Verify all branches/configs have reasonable warnings/errors, and remove # this override verify-link-type = $(eval $$(1).MISSING := true) $(foreach lt,$(ALL_LINK_TYPES),\ $(foreach d,$($(lt).DEPS),\ $(if $($(d).TYPE),\ $(call verify-link-type,$(lt),$(d)),\ $(call link-type-missing,$(lt),$(d))))) ifdef link_type_error $(error exiting from previous errors) endif # The intermediate filename for link type rules # # APPS are special -- they have up to three different rules: # 1. The COMMON rule for Java libraries # 2. The jni_link_type rule for embedded native code # 3. The 2ND_jni_link_type for the second architecture native code define link-type-file $(eval _ltf_aux_variant:=$(link-type-aux-variant))\ $(if $(_ltf_aux_variant),$(call aux-variant-load-env,$(_ltf_aux_variant)))\ $(call intermediates-dir-for,$(link-type-class),$(link-type-name),$(filter AUX HOST HOST_CROSS,$(link-type-prefix)),$(link-type-common),$(link-type-2ndarchprefix),$(filter HOST_CROSS,$(link-type-prefix)))/$(if $(filter APPS,$(link-type-class)),$(if $(link-type-common),,$(link-type-2ndarchprefix)jni_))link_type\ $(if $(_ltf_aux_variant),$(call aux-variant-load-env,none))\ $(eval _ltf_aux_variant:=) endef # Write out the file-based link_type rules for the ALLOW_MISSING_DEPENDENCIES # case. We always need to write the file for mm to work, but only need to # check it if we weren't able to check it when reading the Android.mk files. define link-type-file-rule my_link_type_deps := $(foreach l,$($(1).DEPS),$(call link-type-file,$(l))) my_link_type_file := $(call link-type-file,$(1)) $($(1).BUILT): | $$(my_link_type_file) $$(my_link_type_file): PRIVATE_DEPS := $$(my_link_type_deps) ifeq ($($(1).MISSING),true) $$(my_link_type_file): $(CHECK_LINK_TYPE) endif $$(my_link_type_file): $$(my_link_type_deps) @echo Check module type: $$@ $$(hide) mkdir -p $$(dir $$@) && rm -f $$@ ifeq ($($(1).MISSING),true) $$(hide) $(CHECK_LINK_TYPE) --makefile $($(1).MAKEFILE) --module $(link-type-name) \ --type "$($(1).TYPE)" $(addprefix --allowed ,$($(1).ALLOWED)) \ $(addprefix --warn ,$($(1).WARN)) $$(PRIVATE_DEPS) endif $$(hide) echo "$($(1).TYPE)" >$$@ endef $(foreach lt,$(ALL_LINK_TYPES),\ $(eval $(call link-type-file-rule,$(lt)))) # ------------------------------------------------------------------- # Figure out our module sets. # # Of the modules defined by the component makefiles, # determine what we actually want to build. # Expand a list of modules to the modules that they override (if any) # $(1): The list of modules. define module-overrides $(foreach m,$(1),$(PACKAGES.$(m).OVERRIDES) $(EXECUTABLES.$(m).OVERRIDES) $(SHARED_LIBRARIES.$(m).OVERRIDES)) endef ########################################################### ## Expand a module name list with REQUIRED modules ########################################################### # $(1): The variable name that holds the initial module name list. # the variable will be modified to hold the expanded results. # $(2): The initial module name list. # $(3): The list of overridden modules. # Returns empty string (maybe with some whitespaces). define expand-required-modules $(eval _erm_req := $(foreach m,$(2),$(ALL_MODULES.$(m).REQUIRED))) \ $(eval _erm_new_modules := $(sort $(filter-out $($(1)),$(_erm_req)))) \ $(eval _erm_new_overrides := $(call module-overrides,$(_erm_new_modules))) \ $(eval _erm_all_overrides := $(3) $(_erm_new_overrides)) \ $(eval _erm_new_modules := $(filter-out $(_erm_all_overrides), $(_erm_new_modules))) \ $(eval $(1) := $(filter-out $(_erm_new_overrides),$($(1)))) \ $(eval $(1) += $(_erm_new_modules)) \ $(if $(_erm_new_modules),\ $(call expand-required-modules,$(1),$(_erm_new_modules),$(_erm_all_overrides))) endef # Same as expand-required-modules above, but does not handle module overrides, as # we don't intend to support them on the host. define expand-required-host-modules $(eval _erm_req := $(foreach m,$(2),$(ALL_MODULES.$(m).REQUIRED))) \ $(eval _erm_new_modules := $(sort $(filter-out $($(1)),$(_erm_req)))) \ $(eval $(1) += $(_erm_new_modules)) \ $(if $(_erm_new_modules),\ $(call expand-required-host-modules,$(1),$(_erm_new_modules))) endef # Transforms paths relative to PRODUCT_OUT to absolute paths. # $(1): list of relative paths # $(2): optional suffix to append to paths define resolve-product-relative-paths $(subst $(_vendor_path_placeholder),$(TARGET_COPY_OUT_VENDOR),\ $(subst $(_product_path_placeholder),$(TARGET_COPY_OUT_PRODUCT),\ $(subst $(_product_services_path_placeholder),$(TARGET_COPY_OUT_PRODUCT_SERVICES),\ $(subst $(_odm_path_placeholder),$(TARGET_COPY_OUT_ODM),\ $(foreach p,$(1),$(call append-path,$(PRODUCT_OUT),$(p)$(2))))))) endef # Returns modules included automatically as a result of certain BoardConfig # variables being set. define auto-included-modules $(if $(BOARD_VNDK_VERSION),vndk_package) \ $(if $(DEVICE_MANIFEST_FILE),device_manifest.xml) \ $(if $(ODM_MANIFEST_FILES),odm_manifest.xml) \ $(if $(ODM_MANIFEST_SKUS),$(foreach sku, $(ODM_MANIFEST_SKUS),odm_manifest_$(sku).xml)) \ endef # Lists most of the files a particular product installs, including: # - PRODUCT_PACKAGES, and their LOCAL_REQUIRED_MODULES # - PRODUCT_COPY_FILES # The base list of modules to build for this product is specified # by the appropriate product definition file, which was included # by product_config.mk. # Name resolution for PRODUCT_PACKAGES: # foo:32 resolves to foo_32; # foo:64 resolves to foo; # foo resolves to both foo and foo_32 (if foo_32 is defined). # # Name resolution for LOCAL_REQUIRED_MODULES: # If a module is built for 2nd arch, its required module resolves to # 32-bit variant, if it exits. See the select-bitness-of-required-modules definition. # $(1): product makefile define product-installed-files $(eval _mk := $(strip $(1))) \ $(eval _pif_modules := \ $(PRODUCTS.$(_mk).PRODUCT_PACKAGES) \ $(if $(filter eng,$(tags_to_install)),$(PRODUCTS.$(_mk).PRODUCT_PACKAGES_ENG)) \ $(if $(filter debug,$(tags_to_install)),$(PRODUCTS.$(_mk).PRODUCT_PACKAGES_DEBUG)) \ $(if $(filter tests,$(tags_to_install)),$(PRODUCTS.$(_mk).PRODUCT_PACKAGES_TESTS)) \ $(if $(filter asan,$(tags_to_install)),$(PRODUCTS.$(_mk).PRODUCT_PACKAGES_DEBUG_ASAN)) \ $(call auto-included-modules) \ ) \ $(eval ### Filter out the overridden packages and executables before doing expansion) \ $(eval _pif_overrides := $(call module-overrides,$(_pif_modules))) \ $(eval _pif_modules := $(filter-out $(_pif_overrides), $(_pif_modules))) \ $(eval ### Resolve the :32 :64 module name) \ $(eval _pif_modules_32 := $(patsubst %:32,%,$(filter %:32, $(_pif_modules)))) \ $(eval _pif_modules_64 := $(patsubst %:64,%,$(filter %:64, $(_pif_modules)))) \ $(eval _pif_modules_rest := $(filter-out %:32 %:64,$(_pif_modules))) \ $(eval ### Note for 32-bit product, 32 and 64 will be added as their original module names.) \ $(eval _pif_modules := $(call get-32-bit-modules-if-we-can, $(_pif_modules_32))) \ $(eval _pif_modules += $(_pif_modules_64)) \ $(eval ### For the rest we add both) \ $(eval _pif_modules += $(call get-32-bit-modules, $(_pif_modules_rest))) \ $(eval _pif_modules += $(_pif_modules_rest)) \ $(call expand-required-modules,_pif_modules,$(_pif_modules),$(_pif_overrides)) \ $(call module-installed-files, $(_pif_modules)) \ $(call resolve-product-relative-paths,\ $(foreach cf,$(PRODUCTS.$(_mk).PRODUCT_COPY_FILES),$(call word-colon,2,$(cf)))) endef # Similar to product-installed-files above, but handles PRODUCT_HOST_PACKAGES instead # This does support the :32 / :64 syntax, but does not support module overrides. define host-installed-files $(eval _hif_modules := $(PRODUCTS.$(strip $(1)).PRODUCT_HOST_PACKAGES)) \ $(eval ### Resolve the :32 :64 module name) \ $(eval _hif_modules_32 := $(patsubst %:32,%,$(filter %:32, $(_hif_modules)))) \ $(eval _hif_modules_64 := $(patsubst %:64,%,$(filter %:64, $(_hif_modules)))) \ $(eval _hif_modules_rest := $(filter-out %:32 %:64,$(_hif_modules))) \ $(eval _hif_modules := $(call get-host-32-bit-modules-if-we-can, $(_hif_modules_32))) \ $(eval _hif_modules += $(_hif_modules_64)) \ $(eval ### For the rest we add both) \ $(eval _hif_modules += $(call get-host-32-bit-modules, $(_hif_modules_rest))) \ $(eval _hif_modules += $(_hif_modules_rest)) \ $(call expand-required-host-modules,_hif_modules,$(_hif_modules)) \ $(filter $(HOST_OUT_ROOT)/%,$(call module-installed-files, $(_hif_modules))) endef # Fails the build if the given list is non-empty, and prints it entries (stripping PRODUCT_OUT). # $(1): list of files to print # $(2): heading to print on failure define maybe-print-list-and-error $(if $(strip $(1)), \ $(warning $(2)) \ $(info Offending entries:) \ $(foreach e,$(sort $(1)),$(info $(patsubst $(PRODUCT_OUT)/%,%,$(e)))) \ $(error Build failed) \ ) endef ifeq (true|,$(PRODUCTS.$(INTERNAL_PRODUCT).PRODUCT_ENFORCE_PACKAGES_EXIST)|$(filter true,$(ALLOW_MISSING_DEPENDENCIES))) _whitelist := $(PRODUCTS.$(INTERNAL_PRODUCT).PRODUCT_ENFORCE_PACKAGES_EXIST_WHITELIST) _modules := $(PRODUCTS.$(INTERNAL_PRODUCT).PRODUCT_PACKAGES) # Sanity check all modules in PRODUCT_PACKAGES exist. We check for the # existence if either or the _32 variant. _nonexistant_modules := $(filter-out $(ALL_MODULES),$(_modules)) _nonexistant_modules := $(foreach m,$(_nonexistant_modules),\ $(if $(call get-32-bit-modules,$(m)),,$(m))) $(call maybe-print-list-and-error,$(filter-out $(_whitelist),$(_nonexistant_modules)),\ $(INTERNAL_PRODUCT) includes non-existant modules in PRODUCT_PACKAGES) $(call maybe-print-list-and-error,$(filter-out $(_nonexistant_modules),$(_whitelist)),\ $(INTERNAL_PRODUCT) includes redundant whitelist entries for nonexistant PRODUCT_PACKAGES) endif ifdef FULL_BUILD # Check to ensure that all modules in PRODUCT_HOST_PACKAGES exist # # Many host modules are Linux-only, so skip this check on Mac. If we ever have Mac-only modules, # maybe it would make sense to have PRODUCT_HOST_PACKAGES_LINUX/_DARWIN? ifneq ($(HOST_OS),darwin) ifneq (true,$(ALLOW_MISSING_DEPENDENCIES)) _modules := $(PRODUCTS.$(INTERNAL_PRODUCT).PRODUCT_HOST_PACKAGES) _nonexistant_modules := $(foreach m,$(_modules),\ $(if $(filter FAKE,$(ALL_MODULES.$(m).CLASS))$(filter $(HOST_OUT_ROOT)/%,$(ALL_MODULES.$(m).INSTALLED)),,$(m))) $(call maybe-print-list-and-error,$(_nonexistant_modules),\ $(INTERNAL_PRODUCT) includes non-existant modules in PRODUCT_HOST_PACKAGES) endif endif product_host_FILES := $(call host-installed-files,$(INTERNAL_PRODUCT)) product_target_FILES := $(call product-installed-files, $(INTERNAL_PRODUCT)) # WARNING: The product_MODULES variable is depended on by external files. product_MODULES := $(_pif_modules) # Verify that PRODUCT_HOST_PACKAGES is complete # This is a temporary requirement during migration # Ignore libraries, since they shouldn't need to be in PRODUCT_PACKAGES for the most part anyway. host_files_in_target_FILES := $(filter-out \ $(HOST_OUT_SHARED_LIBRARIES)/% \ $($(HOST_2ND_ARCH_VAR_PREFIX)HOST_OUT_SHARED_LIBRARIES)/%,\ $(filter $(HOST_OUT_ROOT)/%,$(product_target_FILES))) ifneq (,$(filter-out $(product_host_FILES),$(host_files_in_target_FILES))) packages := $(foreach f,$(filter-out $(product_host_FILES),$(host_files_in_target_FILES)), \ $(or $(INSTALLABLE_FILES.$(f).MODULE),$(f))) $(warning Missing modules from PRODUCT_HOST_PACKAGES) $(warning See $(CHANGES_URL)#PRODUCT_HOST_PACKAGES for more information) $(foreach f,$(sort $(packages)),$(warning _ $(f))) $(error stop) endif host_files_in_target_FILES := # Verify the artifact path requirements made by included products. is_asan := $(if $(filter address,$(SANITIZE_TARGET)),true) ifneq (true,$(or $(is_asan),$(DISABLE_ARTIFACT_PATH_REQUIREMENTS))) # Fakes don't get installed, host files are irrelevant, and NDK stubs aren't installed to device. static_whitelist_patterns := $(TARGET_OUT_FAKE)/% $(HOST_OUT)/% $(SOONG_OUT_DIR)/ndk/% # RROs become REQUIRED by the source module, but are always placed on the vendor partition. static_whitelist_patterns += %__auto_generated_rro.apk # Auto-included targets are not considered static_whitelist_patterns += $(call module-installed-files,$(call auto-included-modules)) # $(PRODUCT_OUT)/apex is where shared libraries in APEXes get installed. # The path can be considered as a fake path, as the shared libraries # are installed there just to have symbols files for them under # $(PRODUCT_OUT)/symbols/apex for debugging purpose. The /apex directory # is never compiled into a filesystem image. static_whitelist_patterns += $(PRODUCT_OUT)/apex/% ifeq (true,$(BOARD_USES_SYSTEM_OTHER_ODEX)) # Allow system_other odex space optimization. static_whitelist_patterns += \ $(TARGET_OUT_SYSTEM_OTHER)/%.odex \ $(TARGET_OUT_SYSTEM_OTHER)/%.vdex \ $(TARGET_OUT_SYSTEM_OTHER)/%.art endif CERTIFICATE_VIOLATION_MODULES_FILENAME := $(PRODUCT_OUT)/certificate_violation_modules.txt $(CERTIFICATE_VIOLATION_MODULES_FILENAME): rm -f $@ $(foreach m,$(sort $(CERTIFICATE_VIOLATION_MODULES)), echo $(m) >> $@;) $(call dist-for-goals,droidcore,$(CERTIFICATE_VIOLATION_MODULES_FILENAME)) all_offending_files := $(foreach makefile,$(ARTIFACT_PATH_REQUIREMENT_PRODUCTS),\ $(eval requirements := $(PRODUCTS.$(makefile).ARTIFACT_PATH_REQUIREMENTS)) \ $(eval ### Verify that the product only produces files inside its path requirements.) \ $(eval whitelist := $(PRODUCTS.$(makefile).ARTIFACT_PATH_WHITELIST)) \ $(eval path_patterns := $(call resolve-product-relative-paths,$(requirements),%)) \ $(eval whitelist_patterns := $(call resolve-product-relative-paths,$(whitelist))) \ $(eval files := $(call product-installed-files, $(makefile))) \ $(eval offending_files := $(filter-out $(path_patterns) $(whitelist_patterns) $(static_whitelist_patterns),$(files))) \ $(call maybe-print-list-and-error,$(offending_files),$(makefile) produces files outside its artifact path requirement.) \ $(eval unused_whitelist := $(filter-out $(files),$(whitelist_patterns))) \ $(call maybe-print-list-and-error,$(unused_whitelist),$(makefile) includes redundant whitelist entries in its artifact path requirement.) \ $(eval ### Optionally verify that nothing else produces files inside this artifact path requirement.) \ $(eval extra_files := $(filter-out $(files) $(HOST_OUT)/%,$(product_target_FILES))) \ $(eval files_in_requirement := $(filter $(path_patterns),$(extra_files))) \ $(eval all_offending_files += $(files_in_requirement)) \ $(eval whitelist := $(PRODUCTS.$(INTERNAL_PRODUCT).PRODUCT_ARTIFACT_PATH_REQUIREMENT_WHITELIST)) \ $(eval whitelist_patterns := $(call resolve-product-relative-paths,$(whitelist))) \ $(eval offending_files := $(filter-out $(whitelist_patterns),$(files_in_requirement))) \ $(eval enforcement := $(PRODUCTS.$(INTERNAL_PRODUCT).PRODUCT_ENFORCE_ARTIFACT_PATH_REQUIREMENTS)) \ $(if $(enforcement),\ $(call maybe-print-list-and-error,$(offending_files),\ $(INTERNAL_PRODUCT) produces files inside $(makefile)s artifact path requirement. \ $(PRODUCTS.$(INTERNAL_PRODUCT).PRODUCT_ARTIFACT_PATH_REQUIREMENT_HINT)) \ $(eval unused_whitelist := $(if $(filter true strict,$(enforcement)),\ $(foreach p,$(whitelist_patterns),$(if $(filter $(p),$(extra_files)),,$(p))))) \ $(call maybe-print-list-and-error,$(unused_whitelist),$(INTERNAL_PRODUCT) includes redundant artifact path requirement whitelist entries.) \ ) \ ) $(PRODUCT_OUT)/offending_artifacts.txt: rm -f $@ $(foreach f,$(sort $(all_offending_files)),echo $(f) >> $@;) endif else # We're not doing a full build, and are probably only including # a subset of the module makefiles. Don't try to build any modules # requested by the product, because we probably won't have rules # to build them. product_target_FILES := product_host_FILES := endif # TODO: Remove the 3 places in the tree that use ALL_DEFAULT_INSTALLED_MODULES # and get rid of it from this list. modules_to_install := $(sort \ $(ALL_DEFAULT_INSTALLED_MODULES) \ $(product_target_FILES) \ $(product_host_FILES) \ $(call get-tagged-modules,$(tags_to_install)) \ $(CUSTOM_MODULES) \ ) # Don't include any GNU General Public License shared objects or static # libraries in SDK images. GPL executables (not static/dynamic libraries) # are okay if they don't link against any closed source libraries (directly # or indirectly) # It's ok (and necessary) to build the host tools, but nothing that's # going to be installed on the target (including static libraries). ifdef is_sdk_build target_gnu_MODULES := \ $(filter \ $(TARGET_OUT_INTERMEDIATES)/% \ $(TARGET_OUT)/% \ $(TARGET_OUT_DATA)/%, \ $(sort $(call get-tagged-modules,gnu))) target_gnu_MODULES := $(filter-out $(TARGET_OUT_EXECUTABLES)/%,$(target_gnu_MODULES)) target_gnu_MODULES := $(filter-out %/libopenjdkjvmti.so,$(target_gnu_MODULES)) target_gnu_MODULES := $(filter-out %/libopenjdkjvmtid.so,$(target_gnu_MODULES)) $(info Removing from sdk:)$(foreach d,$(target_gnu_MODULES),$(info : $(d))) modules_to_install := \ $(filter-out $(target_gnu_MODULES),$(modules_to_install)) # Ensure every module listed in PRODUCT_PACKAGES* gets something installed # TODO: Should we do this for all builds and not just the sdk? dangling_modules := $(foreach m, $(PRODUCTS.$(INTERNAL_PRODUCT).PRODUCT_PACKAGES), \ $(if $(strip $(ALL_MODULES.$(m).INSTALLED) $(ALL_MODULES.$(m)$(TARGET_2ND_ARCH_MODULE_SUFFIX).INSTALLED)),,\ $(eval dangling_modules += $(m)))) ifneq ($(dangling_modules),) $(warning: Modules '$(dangling_modules)' in PRODUCT_PACKAGES have nothing to install!) endif $(foreach m, $(PRODUCTS.$(INTERNAL_PRODUCT).PRODUCT_PACKAGES_DEBUG), \ $(if $(strip $(ALL_MODULES.$(m).INSTALLED)),,\ $(warning $(ALL_MODULES.$(m).MAKEFILE): Module '$(m)' in PRODUCT_PACKAGES_DEBUG has nothing to install!))) $(foreach m, $(PRODUCTS.$(INTERNAL_PRODUCT).PRODUCT_PACKAGES_ENG), \ $(if $(strip $(ALL_MODULES.$(m).INSTALLED)),,\ $(warning $(ALL_MODULES.$(m).MAKEFILE): Module '$(m)' in PRODUCT_PACKAGES_ENG has nothing to install!))) $(foreach m, $(PRODUCTS.$(INTERNAL_PRODUCT).PRODUCT_PACKAGES_TESTS), \ $(if $(strip $(ALL_MODULES.$(m).INSTALLED)),,\ $(warning $(ALL_MODULES.$(m).MAKEFILE): Module '$(m)' in PRODUCT_PACKAGES_TESTS has nothing to install!))) endif # build/make/core/Makefile contains extra stuff that we don't want to pollute this # top-level makefile with. It expects that ALL_DEFAULT_INSTALLED_MODULES # contains everything that's built during the current make, but it also further # extends ALL_DEFAULT_INSTALLED_MODULES. ALL_DEFAULT_INSTALLED_MODULES := $(modules_to_install) include $(BUILD_SYSTEM)/Makefile modules_to_install := $(sort $(ALL_DEFAULT_INSTALLED_MODULES)) ALL_DEFAULT_INSTALLED_MODULES := # These are additional goals that we build, in order to make sure that there # is as little code as possible in the tree that doesn't build. modules_to_check := $(foreach m,$(ALL_MODULES),$(ALL_MODULES.$(m).CHECKED)) # If you would like to build all goals, and not skip any intermediate # steps, you can pass the "all" modifier goal on the commandline. ifneq ($(filter all,$(MAKECMDGOALS)),) modules_to_check += $(foreach m,$(ALL_MODULES),$(ALL_MODULES.$(m).BUILT)) endif # Build docs as part of checkbuild to catch more breakages. module_to_check += $(ALL_DOCS) # for easier debugging modules_to_check := $(sort $(modules_to_check)) #$(error modules_to_check $(modules_to_check)) # ------------------------------------------------------------------- # This is used to to get the ordering right, you can also use these, # but they're considered undocumented, so don't complain if their # behavior changes. # An internal target that depends on all copied headers # (see copy_headers.make). Other targets that need the # headers to be copied first can depend on this target. .PHONY: all_copied_headers all_copied_headers: ; $(ALL_C_CPP_ETC_OBJECTS): | all_copied_headers # All the droid stuff, in directories .PHONY: files files: $(modules_to_install) \ $(INSTALLED_ANDROID_INFO_TXT_TARGET) # ------------------------------------------------------------------- .PHONY: checkbuild checkbuild: $(modules_to_check) droid_targets ifeq (true,$(ANDROID_BUILD_EVERYTHING_BY_DEFAULT)) droid: checkbuild endif .PHONY: ramdisk ramdisk: $(INSTALLED_RAMDISK_TARGET) .PHONY: systemtarball systemtarball: $(INSTALLED_SYSTEMTARBALL_TARGET) .PHONY: boottarball boottarball: $(INSTALLED_BOOTTARBALL_TARGET) .PHONY: userdataimage userdataimage: $(INSTALLED_USERDATAIMAGE_TARGET) ifneq (,$(filter userdataimage, $(MAKECMDGOALS))) $(call dist-for-goals, userdataimage, $(BUILT_USERDATAIMAGE_TARGET)) endif .PHONY: userdatatarball userdatatarball: $(INSTALLED_USERDATATARBALL_TARGET) .PHONY: cacheimage cacheimage: $(INSTALLED_CACHEIMAGE_TARGET) .PHONY: bptimage bptimage: $(INSTALLED_BPTIMAGE_TARGET) .PHONY: vendorimage vendorimage: $(INSTALLED_VENDORIMAGE_TARGET) .PHONY: productimage productimage: $(INSTALLED_PRODUCTIMAGE_TARGET) .PHONY: productservicesimage productservicesimage: $(INSTALLED_PRODUCT_SERVICESIMAGE_TARGET) .PHONY: odmimage odmimage: $(INSTALLED_ODMIMAGE_TARGET) .PHONY: systemotherimage systemotherimage: $(INSTALLED_SYSTEMOTHERIMAGE_TARGET) .PHONY: superimage superimage: $(INSTALLED_SUPERIMAGE_TARGET) .PHONY: superimage_empty superimage_empty: $(INSTALLED_SUPERIMAGE_EMPTY_TARGET) .PHONY: bootimage bootimage: $(INSTALLED_BOOTIMAGE_TARGET) .PHONY: vbmetaimage vbmetaimage: $(INSTALLED_VBMETAIMAGE_TARGET) .PHONY: auxiliary auxiliary: $(INSTALLED_AUX_TARGETS) # Build files and then package it into the rom formats .PHONY: droidcore droidcore: $(filter $(HOST_OUT_ROOT)/%,$(modules_to_install)) \ $(INSTALLED_SYSTEMIMAGE_TARGET) \ $(INSTALLED_RAMDISK_TARGET) \ $(INSTALLED_BOOTIMAGE_TARGET) \ $(INSTALLED_RECOVERYIMAGE_TARGET) \ $(INSTALLED_VBMETAIMAGE_TARGET) \ $(INSTALLED_USERDATAIMAGE_TARGET) \ $(INSTALLED_CACHEIMAGE_TARGET) \ $(INSTALLED_BPTIMAGE_TARGET) \ $(INSTALLED_VENDORIMAGE_TARGET) \ $(INSTALLED_ODMIMAGE_TARGET) \ $(INSTALLED_SUPERIMAGE_EMPTY_TARGET) \ $(INSTALLED_PRODUCTIMAGE_TARGET) \ $(INSTALLED_SYSTEMOTHERIMAGE_TARGET) \ $(INSTALLED_FILES_FILE) \ $(INSTALLED_FILES_JSON) \ $(INSTALLED_FILES_FILE_VENDOR) \ $(INSTALLED_FILES_JSON_VENDOR) \ $(INSTALLED_FILES_FILE_ODM) \ $(INSTALLED_FILES_JSON_ODM) \ $(INSTALLED_FILES_FILE_PRODUCT) \ $(INSTALLED_FILES_JSON_PRODUCT) \ $(INSTALLED_FILES_FILE_PRODUCT_SERVICES) \ $(INSTALLED_FILES_JSON_PRODUCT_SERVICES) \ $(INSTALLED_FILES_FILE_SYSTEMOTHER) \ $(INSTALLED_FILES_JSON_SYSTEMOTHER) \ $(INSTALLED_FILES_FILE_RAMDISK) \ $(INSTALLED_FILES_JSON_RAMDISK) \ $(INSTALLED_FILES_FILE_ROOT) \ $(INSTALLED_FILES_JSON_ROOT) \ $(INSTALLED_FILES_FILE_RECOVERY) \ $(INSTALLED_FILES_JSON_RECOVERY) \ $(INSTALLED_ANDROID_INFO_TXT_TARGET) \ auxiliary \ soong_docs # dist_files only for putting your library into the dist directory with a full build. .PHONY: dist_files .PHONY: apps_only ifneq ($(TARGET_BUILD_APPS),) # If this build is just for apps, only build apps and not the full system by default. unbundled_build_modules := ifneq ($(filter all,$(TARGET_BUILD_APPS)),) # If they used the magic goal "all" then build all apps in the source tree. unbundled_build_modules := $(foreach m,$(sort $(ALL_MODULES)),$(if $(filter APPS,$(ALL_MODULES.$(m).CLASS)),$(m))) else unbundled_build_modules := $(TARGET_BUILD_APPS) endif # Dist the installed files if they exist. apps_only_installed_files := $(foreach m,$(unbundled_build_modules),$(ALL_MODULES.$(m).INSTALLED)) $(call dist-for-goals,apps_only, $(apps_only_installed_files)) # Dist the bundle files if they exist. apps_only_bundle_files := $(foreach m,$(unbundled_build_modules),\ $(if $(ALL_MODULES.$(m).BUNDLE),$(ALL_MODULES.$(m).BUNDLE):$(m)-base.zip)) $(call dist-for-goals,apps_only, $(apps_only_bundle_files)) # For uninstallable modules such as static Java library, we have to dist the built file, # as . apps_only_dist_built_files := $(foreach m,$(unbundled_build_modules),$(if $(ALL_MODULES.$(m).INSTALLED),,\ $(if $(ALL_MODULES.$(m).BUILT),$(ALL_MODULES.$(m).BUILT):$(m)$(suffix $(ALL_MODULES.$(m).BUILT)))\ $(if $(ALL_MODULES.$(m).AAR),$(ALL_MODULES.$(m).AAR):$(m).aar)\ )) $(call dist-for-goals,apps_only, $(apps_only_dist_built_files)) ifeq ($(EMMA_INSTRUMENT),true) $(JACOCO_REPORT_CLASSES_ALL) : $(apps_only_installed_files) $(call dist-for-goals,apps_only, $(JACOCO_REPORT_CLASSES_ALL)) endif $(PROGUARD_DICT_ZIP) : $(apps_only_installed_files) $(call dist-for-goals,apps_only, $(PROGUARD_DICT_ZIP)) $(SYMBOLS_ZIP) : $(apps_only_installed_files) $(call dist-for-goals,apps_only, $(SYMBOLS_ZIP)) $(COVERAGE_ZIP) : $(apps_only_installed_files) $(call dist-for-goals,apps_only, $(COVERAGE_ZIP)) apps_only: $(unbundled_build_modules) droid_targets: apps_only # Combine the NOTICE files for a apps_only build $(eval $(call combine-notice-files, html, \ $(target_notice_file_txt), \ $(target_notice_file_html_or_xml), \ "Notices for files for apps:", \ $(TARGET_OUT_NOTICE_FILES), \ $(apps_only_installed_files))) else # TARGET_BUILD_APPS $(call dist-for-goals, droidcore, \ $(INTERNAL_UPDATE_PACKAGE_TARGET) \ $(INTERNAL_OTA_PACKAGE_TARGET) \ $(INTERNAL_OTA_METADATA) \ $(INTERNAL_OTA_RETROFIT_DYNAMIC_PARTITIONS_PACKAGE_TARGET) \ $(BUILT_OTATOOLS_PACKAGE) \ $(SYMBOLS_ZIP) \ $(COVERAGE_ZIP) \ $(APPCOMPAT_ZIP) \ $(INSTALLED_FILES_FILE) \ $(INSTALLED_FILES_JSON) \ $(INSTALLED_FILES_FILE_VENDOR) \ $(INSTALLED_FILES_JSON_VENDOR) \ $(INSTALLED_FILES_FILE_ODM) \ $(INSTALLED_FILES_JSON_ODM) \ $(INSTALLED_FILES_FILE_PRODUCT) \ $(INSTALLED_FILES_JSON_PRODUCT) \ $(INSTALLED_FILES_FILE_PRODUCT_SERVICES) \ $(INSTALLED_FILES_JSON_PRODUCT_SERVICES) \ $(INSTALLED_FILES_FILE_SYSTEMOTHER) \ $(INSTALLED_FILES_JSON_SYSTEMOTHER) \ $(INSTALLED_FILES_FILE_RECOVERY) \ $(INSTALLED_FILES_JSON_RECOVERY) \ $(INSTALLED_BUILD_PROP_TARGET) \ $(BUILT_TARGET_FILES_PACKAGE) \ $(INSTALLED_ANDROID_INFO_TXT_TARGET) \ $(INSTALLED_RAMDISK_TARGET) \ ) # Put a copy of the radio/bootloader files in the dist dir. $(foreach f,$(INSTALLED_RADIOIMAGE_TARGET), \ $(call dist-for-goals, droidcore, $(f))) ifneq ($(ANDROID_BUILD_EMBEDDED),true) ifneq ($(TARGET_BUILD_PDK),true) $(call dist-for-goals, droidcore, \ $(APPS_ZIP) \ $(INTERNAL_EMULATOR_PACKAGE_TARGET) \ $(PACKAGE_STATS_FILE) \ ) endif endif $(call dist-for-goals, droidcore, \ $(INSTALLED_FILES_FILE_ROOT) \ $(INSTALLED_FILES_JSON_ROOT) \ ) ifneq ($(BOARD_BUILD_SYSTEM_ROOT_IMAGE),true) $(call dist-for-goals, droidcore, \ $(INSTALLED_FILES_FILE_RAMDISK) \ $(INSTALLED_FILES_JSON_RAMDISK) \ ) endif ifeq ($(EMMA_INSTRUMENT),true) $(JACOCO_REPORT_CLASSES_ALL) : $(INSTALLED_SYSTEMIMAGE_TARGET) $(call dist-for-goals, dist_files, $(JACOCO_REPORT_CLASSES_ALL)) # Put XML formatted API files in the dist dir. $(TARGET_OUT_COMMON_INTERMEDIATES)/api.xml: $(call java-lib-header-files,android_stubs_current) $(APICHECK) $(TARGET_OUT_COMMON_INTERMEDIATES)/system-api.xml: $(call java-lib-header-files,android_system_stubs_current) $(APICHECK) $(TARGET_OUT_COMMON_INTERMEDIATES)/test-api.xml: $(call java-lib-header-files,android_test_stubs_current) $(APICHECK) api_xmls := $(addprefix $(TARGET_OUT_COMMON_INTERMEDIATES)/,api.xml system-api.xml test-api.xml) $(api_xmls): $(hide) echo "Converting API file to XML: $@" $(hide) mkdir -p $(dir $@) $(hide) $(APICHECK_COMMAND) --input-api-jar $< --api-xml $@ $(call dist-for-goals, dist_files, $(api_xmls)) api_xmls := endif # Building a full system-- the default is to build droidcore droid_targets: droidcore dist_files endif # TARGET_BUILD_APPS .PHONY: docs docs: $(ALL_DOCS) .PHONY: sdk win_sdk winsdk-tools sdk_addon ALL_SDK_TARGETS := $(INTERNAL_SDK_TARGET) sdk: $(ALL_SDK_TARGETS) $(call dist-for-goals,sdk win_sdk, \ $(ALL_SDK_TARGETS) \ $(SYMBOLS_ZIP) \ $(COVERAGE_ZIP) \ $(APPCOMPAT_ZIP) \ $(INSTALLED_BUILD_PROP_TARGET) \ ) # umbrella targets to assit engineers in verifying builds .PHONY: java native target host java-host java-target native-host native-target \ java-host-tests java-target-tests native-host-tests native-target-tests \ java-tests native-tests host-tests target-tests tests java-dex \ native-host-cross # some synonyms .PHONY: host-java target-java host-native target-native \ target-java-tests target-native-tests host-java : java-host target-java : java-target host-native : native-host target-native : native-target target-java-tests : java-target-tests target-native-tests : native-target-tests tests : host-tests target-tests # Phony target to run all java compilations that use javac .PHONY: javac-check ifneq (,$(filter samplecode, $(MAKECMDGOALS))) .PHONY: samplecode sample_MODULES := $(sort $(call get-tagged-modules,samples)) sample_APKS_DEST_PATH := $(TARGET_COMMON_OUT_ROOT)/samples sample_APKS_COLLECTION := \ $(foreach module,$(sample_MODULES),$(sample_APKS_DEST_PATH)/$(notdir $(module))) $(foreach module,$(sample_MODULES),$(eval $(call \ copy-one-file,$(module),$(sample_APKS_DEST_PATH)/$(notdir $(module))))) sample_ADDITIONAL_INSTALLED := \ $(filter-out $(modules_to_install) $(modules_to_check),$(sample_MODULES)) samplecode: $(sample_APKS_COLLECTION) @echo "Collect sample code apks: $^" # remove apks that are not intended to be installed. rm -f $(sample_ADDITIONAL_INSTALLED) endif # samplecode in $(MAKECMDGOALS) .PHONY: findbugs findbugs: $(INTERNAL_FINDBUGS_HTML_TARGET) $(INTERNAL_FINDBUGS_XML_TARGET) LSDUMP_PATHS_FILE := $(PRODUCT_OUT)/lsdump_paths.txt .PHONY: findlsdumps findlsdumps: $(LSDUMP_PATHS_FILE) $(LSDUMP_PATHS) $(LSDUMP_PATHS_FILE): PRIVATE_LSDUMP_PATHS := $(LSDUMP_PATHS) $(LSDUMP_PATHS_FILE): @echo "Generate $@" @rm -rf $@ && echo "$(PRIVATE_LSDUMP_PATHS)" | sed -e 's/ /\n/g' > $@ .PHONY: check-elf-files check-elf-files: #xxx scrape this from ALL_MODULE_NAME_TAGS .PHONY: modules modules: @echo "Available sub-modules:" @echo "$(call module-names-for-tag-list,$(ALL_MODULE_TAGS))" | \ tr -s ' ' '\n' | sort -u | $(COLUMN) .PHONY: dump-files dump-files: $(info product_target_FILES for $(TARGET_DEVICE) ($(INTERNAL_PRODUCT)):) $(foreach p,$(sort $(product_target_FILES)),$(info : $(p))) @echo Successfully dumped product file list .PHONY: nothing nothing: @echo Successfully read the makefiles. .PHONY: tidy_only tidy_only: @echo Successfully make tidy_only. ndk: $(SOONG_OUT_DIR)/ndk.timestamp .PHONY: ndk $(call dist-write-file,$(KATI_PACKAGE_MK_DIR)/dist.mk) $(info [$(call inc_and_print,subdir_makefiles_inc)/$(subdir_makefiles_total)] writing build rules ...) endif # KATI